1, determine the theme and central idea. Mind mapping should focus on the central theme.
2. Draw a circle or square as the center on white paper or mindmanager, and write down the theme or central idea in the center.
3. Expand ideas and determine the main fulcrum. Draw a few small circles, squares or icons around the central idea as the main fulcrum. These fulcrums should be related to the theme or central idea.
4. Connect the fulcrum with the child node. Draw some child nodes around the fulcrum and connect them with the fulcrum. These sub-objects can be drawn as arrows or lines, and simple icons or symbols can be added.
5. Add details. Mind mapping should be as concise as possible, but you also need to add specific content to help you understand it better. Child nodes can add details, subtitles, pictures and so on.
The significance of mathematics
Mathematics, as the most common science of quantity and space form in the real world, is also the most special, practical and diverse science of quantity and space form in the real world. It determines that mathematics has a high degree of abstraction, strict logic and wide application.
The significance of mathematics learning is multifaceted, which has at least two important and far-reaching effects on a child's growth and life!
First, mathematics has profoundly influenced a person's way of thinking, habit of thinking and quality of thinking. Mathematics comes from life, and the mathematical model is to simplify the problems in real life and help people make decisions more rationally.
No matter what a person needs to accomplish, he must have a certain causal relationship and follow a certain completion order and steps. We usually call it causal reasoning logic, which happens to be the most important part in mathematics learning.
Mathematics learning often requires strict logical deduction, which is an important method to cultivate children's rigorous thinking and improve their problem-solving ability!
Secondly, mathematics is the language and tool to explain the world. Carl Freeston, a computational neuroscientist and physicist at the University of London, said: "Mathematics is simple, direct and unified, so if you regard it as a language, it is more suitable for describing the world than any other language."
The famous Pythagorean school has always held the view that "everything counts". Although number may not be the origin of the universe, it is closely related to everything in the world and is the basis of various disciplines.